RSL class II transcription factors guide the nuclear localization of RHL1 to regulate root hair development
Root hairs are important for absorption of nutrients and water from the rhizosphere. The Root
Hair Defective-Six Like (RSL) Class II family of transcription factors is expressed
preferentially in root hairs and has a conserved role in root hair development in land plants.
We functionally characterized the seven members of the RSL Class II subfamily in the rice
(Oryza sativa) genome. In root hairs, six of these genes were preferentially expressed and
four were strongly expressed. Phenotypic analysis of each mutant revealed that …
Hair Defective-Six Like (RSL) Class II family of transcription factors is expressed
preferentially in root hairs and has a conserved role in root hair development in land plants.
We functionally characterized the seven members of the RSL Class II subfamily in the rice
(Oryza sativa) genome. In root hairs, six of these genes were preferentially expressed and
four were strongly expressed. Phenotypic analysis of each mutant revealed that …
RSL Class II transcription factors guide the nuclear localization of RHL1 to regulate root hair development.
MSO Moon SunOk, CLH Cho LaeHyeon… - 2019 - cabidigitallibrary.org
Root hairs are important for absorption of nutrients and water from the rhizosphere. The Root
Hair Defective-Six Like (RSL) Class II family of transcription factors is expressed
preferentially in root hairs and has a conserved role in root hair development in land plants.
We functionally characterized the seven members of the RSL Class II subfamily in the rice
(Oryza sativa) genome. In root hairs, six of these genes were preferentially expressed and
four were strongly expressed. Phenotypic analysis of each mutant revealed that Os07 …
Hair Defective-Six Like (RSL) Class II family of transcription factors is expressed
preferentially in root hairs and has a conserved role in root hair development in land plants.
We functionally characterized the seven members of the RSL Class II subfamily in the rice
(Oryza sativa) genome. In root hairs, six of these genes were preferentially expressed and
four were strongly expressed. Phenotypic analysis of each mutant revealed that Os07 …
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